Corrugated board printing production line with environmental protection and energy saving functions

Abstract

The invention discloses a corrugated board printing production line with environmental protection and energy saving functions, and belongs to the technical field of corrugated board manufacturing. Thecorrugated board printing production line comprises a machine frame, a paper feeding mechanism, a printing mechanism, a slotting mechanism, a die cutting mechanism and an automatic stacking machine,wherein the paper feeding mechanism, the printing mechanism, the slotting mechanism, the die cutting mechanism and the automatic stacking machine are sequentially arranged on the machine frame. The printing mechanism comprises a printing portion, and the printing portion comprises an ink barrel, a plate cylinder, an anilox roller, an air bag type scraper and an ink fountain under the anilox rollerand the air bag type scraper. The plate cylinder and the anilox roller are rotatably connected to the machine frame, and the plate cylinder is pressed against a corrugated board. The anilox roller ispressed against the plate cylinder, the air bag type scraper communicates with the ink barrel and is in contact with the edge of the anilox roller, and the ink fountain communicates with the ink barrel. The corrugated board is subjected to paper feeding, printing, slotting and die-cutting, and finally, corrugated boards are neatly stacked by the automatic stacking machine. The air bag type scraper scrapes ink on the anilox roller, the amount of the ink is saved, and an ink layer is dried quickly; and the running speed of a machine is improved, the power consumption and labor cost are saved, and energy saving and environmental protection are achieved.

Description

technical field [0001] The invention relates to the technical field of corrugated cardboard manufacturing, in particular to a corrugated cardboard printing production line with the function of environmental protection and energy saving. Background technique [0002] During the processing of corrugated cardboard, operations such as cutting, grooving and printing are required, and finally the processed corrugated cardboard is stacked together for subsequent use. Usually, in the prior art, multiple processing operations are performed independently, which lacks continuity, consumes manpower, and takes a long time. [0003] In addition, traditional printing machines use rubber wheels to distribute the ink, and the anilox roller's anilox density is generally between 200-250 mesh. The water-based ink on the roller cannot be completely transferred to the printing plate, and part of the water-based ink will dry on the inner surface of the mesh of the anilox roller, thereby increasin...

AI Technical Summary

Problems solved by technology

Usually in the prior art, multiple processing operations are carried out independently, which lacks continuity, consumes manpower, and takes a long time

[0003] In addition, traditional printing machines use rubber wheels to distribute ink, and the anilox roller's anilox density is generally between 200-250 mesh. The lower the anilox roller's mesh, the higher the consumption of water-based ink, and due to the The water-based ink on the roller cannot be completely transferred to the printing plate, and part of the water-based ink will dry on the inner surface of the mesh of the anilox roller, thereby increasing the cleaning time of the anilox roller and increasing the water consumption and power consumption of cleaning ink amount, and reduces the operating efficiency of the equipment

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